Paper Contents
Abstract
Ovarian cancer continues to be a fatal and dangerous type of gynecological cancer affecting women of all ages. Comprehending various factors that may trigger ovarian cancer and their roles in its progression, dissemination, and persistence could aid in its treatment and prevention. This study aims to explore different genetic and environmental risk factors linked to the development of ovarian cancer and their mechanisms. The research methods of the study conform to the guidelines outlined by. It is a comprehensive evaluation of ovarian cancer risk factors found in the literature. The theoretical basis of the paper was formed by investigating the role of genetic and environmental risk factors in ovarian cancer development and their underlying mechanisms. A new framework is presented to capture the highly dynamic interaction between ovarian carcinogenesis and the effects of specific associated risk factors. The purpose of the study is to analyze and summarize the theoretical and empirical data to encourage new discussions and direct future research initiatives. The model examines various elements that may trigger the development of ovarian cancer, including TP53, BRCA genes, tobacco use, and talcum powder, along with their role in advancing the disease. Many research efforts have explored how variations in certain genes and environmental factors may play a role in the onset of ovarian cancer. Additional research is needed to better comprehend how their operating method functions. The details included in this document can help enhance screening, treatment, and prevention strategies for ovarian cancer. This study offers a valuable opportunity to deepen our knowledge of ovarian cancer, assisting healthcare providers and researchers in creating more effective methods for preventing and managing the illness
Copyright
Copyright © 2025 Mr. Avhad Prasad Yashwant, Mr Babasaheb L. Chopade, Dr. Megha Salve. This is an open access article distributed under the Creative Commons Attribution License.
